The recycling of waste lithium batteries, lithium-ion batteries, lithium battery positive electrode materials, lithium battery negative electrode materials, and lithium battery scraps is a key link in the application of lithium battery crushing and recycling production lines.
Lithium battery crushing and recycling production line is a benefit issue. The disposal of lithium batteries covers the recovery of copper, aluminum, and precious metals. The utility model of lithium battery crushing and sorting equipment is aimed at the characteristics of waste lithium-ion battery processing, and realizes the efficient sorting of valuable components in waste lithium-ion batteries, which greatly improves the recovery rate of black powder. Moreover, the whole crushing and sorting system is equipped with an environmental protection system to ensure that the waste gas can meet the emission standards. The crushing and sorting device of lithium battery recycling equipment has a total recovery rate of positive and negative electrode powders ≥98%; steel shell recovery rate ≥99%; copper recovery rate ≥98%; aluminum recovery rate ≥98%; diaphragm recovery rate ≥80%; among them, the cobalt residue in plastic is <0.1%; the cobalt residue in copper and aluminum is <0.2%.
An environmental issue of lithium battery crushing and recycling production line: the application of ordinary deodorization and odor collection facilities and purification facilities can meet the requirements in terms of environmental protection. The sorting rate at this time is 98%, but the purity is related to it. To achieve high-purity sorting effect, it is still necessary to use cracking treatment. The smelting method of cracking is difficult to pass in environmental protection. The purity of cracking is above 99%.
Lithium battery crushing and recycling production line The sustainability of a lithium battery crushing and recycling production line, waste battery processing equipment, waste lithium-ion battery processing equipment can be targeted at dry batteries, storage batteries, lithium batteries, and waste batteries. The energy consumption of this set of waste battery processing equipment is mainly electricity consumption and labor consumption, and does not involve water consumption pollution, which is in line with the development and operation of the current era.
